How Formula 1 Cut Its Carbon Footprint by 35% While Expanding Its Global Calendar
Formula 1's latest Impact Report reveals the sport has slashed its carbon emissions by 35% since 2018, keeping it on track for its ambitious Net Zero by 2030 target through sweeping changes to logistics, factories, and fuels.
By Factlen Editorial Team
- Formula 1 Management
- Argues that the sport can maintain its global scale and spectacle while leading the world in sustainable logistics and advanced fuel innovation.
- Logistics & Team Partners
- Focuses on the practical execution of the net-zero goal, emphasizing the shift to sea freight, regional hubs, and biofuel-powered truck fleets.
- Environmental Analysts
- Monitors the distinction between physical operational reductions and the use of sustainability certificates (SAFc) to offset aviation emissions.
What's not represented
- · Airlines and traditional freight carriers adapting to F1's changing demands
- · Local environmental groups in race host cities
Why this matters
Formula 1 is essentially a massive, high-speed global logistics operation. Its ability to systematically decarbonize without shrinking its footprint proves that heavy, international industries can achieve net zero through operational innovation rather than just relying on carbon offsets.
Key points
- Formula 1 has reduced its total carbon footprint by 35% compared to its 2018 baseline, keeping it on track for Net Zero by 2030.
- The largest reductions came from team factories and facilities, which cut emissions by 64% by transitioning to renewable energy.
- Logistics emissions dropped by 29% through a shift from air freight to sea freight and the use of biofuel trucks.
- F1 has "rationalized" its calendar, grouping races geographically to eliminate unnecessary transatlantic and long-haul flights.
- Starting in 2026, all F1 cars will run on 100% advanced sustainable fuels, which can eventually be used in everyday road cars.
Formula 1 is famous for its speed on the track, but its most impressive race right now is happening behind the scenes. According to the sport's newly released 2026 Impact Report, F1 has successfully reduced its total carbon footprint by 35% compared to its 2018 baseline.[2][5]
The achievement keeps the global motorsport series firmly on track to hit its ambitious "Net Zero by 2030" target. To reach that milestone, F1 committed to a minimum 50% absolute reduction in emissions, with the remainder handled through credible carbon compensation programs.[2][3]
What makes the 35% reduction remarkable is that it occurred during a period of aggressive expansion. Since 2018, the F1 calendar has grown from 21 races to a record-breaking 24 events, and global attendance has surged. Yet, total emissions dropped from 228,793 tonnes of carbon dioxide equivalent (tCO2e) in 2018 to 148,805 tonnes in the most recent accounting.[3][4]
The cars themselves are only a tiny fraction of the problem. The actual racing accounts for less than 1% of F1's total carbon footprint. The real challenge is the "traveling circus"—moving thousands of personnel, broadcast centers, and highly sensitive car parts across five continents.[1][3]
The largest single victory so far has come from the teams' home bases. Emissions from factories and facilities have plummeted by 64% since 2018. This was achieved largely through a paddock-wide transition to renewable energy contracts, ensuring that the wind tunnels, supercomputers, and manufacturing plants that design the cars are powered by clean electricity.[2][4]

Logistics, the backbone of the sport, saw a 29% reduction in emissions. F1 has fundamentally rethought how it moves its gear. Instead of flying everything back and forth from Europe, the sport has increasingly shifted to sea freight and established regional logistics hubs.[1][2]
Logistics, the backbone of the sport, saw a 29% reduction in emissions.
On the ground in Europe, the change is highly visible. Fleets of biofuel-powered trucks now transport the paddock from race to race. Mercedes-Benz, for instance, deployed all-electric eActros 600 trucks for the 2026 European season, complementing a wider fleet running on HVO100 (hydrotreated vegetable oil), which cuts land freight emissions by over 80%.[3][4]

To tackle the unavoidable reality of air travel, F1 has leaned heavily into Sustainable Aviation Fuel (SAF). The sport utilizes SAF certificates (SAFc), an independently verified system where F1 purchases credits for sustainable fuel injected into the broader aviation supply chain. This allows F1 to accelerate the development of cleaner fuels while offsetting its own flight emissions.[4]
Even without the SAF certificates, F1's physical emissions still dropped by a robust 21%, proving that the reductions are rooted in genuine operational changes rather than just creative accounting.[4]
Another major lever has been "calendar rationalization." For decades, the F1 schedule zig-zagged across the globe haphazardly. Now, races are grouped geographically to minimize transit. The Japanese Grand Prix was moved to the spring to align with Australia and China, while the Canadian Grand Prix was shifted to May to sit consecutively with Miami, eliminating a transatlantic round-trip.[1][5]
At the track, the traditional roar of diesel generators powering the paddock has been replaced. As of last year, the entire European race calendar utilized low-carbon energy solutions, including solar arrays, battery storage, and HVO, cutting localized event emissions by roughly 90%.[3][4]

Looking ahead, the sport is rolling out its "Future Race Operations Programme." By 2030, F1 plans to remove more than 50% of its broadcast and related freight from airplanes entirely, relying instead on sea transport and localized equipment caches.[2][6]
Meanwhile, the 2026 season marks a watershed moment on the track itself. The new engine regulations mandate that all F1 cars run on 100% advanced sustainable fuels. These "drop-in" fuels are created using clean energy and capture carbon, meaning they can eventually be used in standard road cars without engine modifications.[1][5]
How we got here
2019
Formula 1 announces its ambitious goal to achieve a Net Zero carbon footprint by 2030.
2023
F1 trials renewable energy systems, including solar and HVO generators, at the Austrian Grand Prix.
2024
The sport begins heavily rationalizing its calendar, moving the Japanese Grand Prix to the spring to group it with other Asia-Pacific races.
2025
All European races are fully powered by alternative energy solutions in the paddock, and F1 makes its first investments in sustainable maritime fuel.
June 2026
F1 releases its Impact Report, confirming a 35% reduction in emissions from the 2018 baseline.
Viewpoints in depth
Formula 1 Management
Argues that the sport can maintain its global scale and spectacle while leading the world in sustainable logistics and advanced fuel innovation.
For Formula 1 leadership, the 35% reduction is proof that global entertainment properties do not have to shrink to become sustainable. CEO Stefano Domenicali and Head of ESG Ellen Jones emphasize that the sport is achieving these cuts while actually expanding the calendar to 24 races and reaching record audiences. Their strategy relies on using F1's massive engineering resources to solve logistical bottlenecks—like shifting broadcast centers to remote operations and pioneering advanced drop-in fuels that can eventually decarbonize the billion internal combustion engine cars currently on the world's roads.
Logistics & Team Partners
Focuses on the practical execution of the net-zero goal, emphasizing the shift to sea freight, regional hubs, and biofuel-powered truck fleets.
The teams and their logistics partners, such as DHL and Mercedes-Benz, view the Net Zero push as a massive supply-chain engineering challenge. For them, the victory lies in the granular details: swapping diesel generators for hydrotreated vegetable oil (HVO), deploying electric semi-trucks across Europe, and redesigning freight containers to fit more efficiently into cargo planes and ships. They argue that F1 serves as a high-speed R&D lab for the global shipping industry, proving that heavy, time-sensitive freight can be moved sustainably without missing a deadline.
Environmental Analysts
Monitors the distinction between physical operational reductions and the use of sustainability certificates (SAFc) to offset aviation emissions.
Carbon accounting experts and environmental analysts acknowledge F1's impressive progress, particularly the 64% drop in factory emissions. However, they closely monitor the sport's reliance on Sustainable Aviation Fuel certificates (SAFc). Because F1 must still fly personnel globally, it purchases credits for clean fuel injected elsewhere in the aviation network. While analysts agree this is a valid and independently verified way to stimulate the green fuel market, they stress that F1's ultimate success will depend on its "Future Race Operations Programme"—the hard, physical work of moving 50% of its freight off airplanes entirely by 2030.
What we don't know
- Whether the supply of 100% advanced sustainable fuels will scale quickly enough to make them affordable for everyday consumer vehicles.
- How F1 will tackle the remaining 15% of emissions required to hit its 50% absolute reduction target by 2030 without relying heavily on offsets.
Key terms
- Net Zero
- A target where a company or organization reduces its absolute emissions as much as possible (in F1's case, by 50%) and removes the remaining unavoidable emissions from the atmosphere.
- SAFc (Sustainable Aviation Fuel certificates)
- A verified system where organizations purchase credits for sustainable aviation fuel that is injected into the global aviation supply chain, helping to offset their own flight emissions.
- HVO (Hydrotreated Vegetable Oil)
- A renewable, low-carbon biofuel made from waste fats and vegetable oils, used by F1 to power its European logistics trucks and paddock generators.
- Advanced Sustainable Fuels
- Next-generation "drop-in" fuels engineered in a lab using carbon capture and clean energy, designed to power internal combustion engines without relying on newly extracted fossil fuels.
Frequently asked
Do the F1 cars produce most of the sport's emissions?
No. The cars racing on the track account for less than 1% of Formula 1's total carbon footprint. The vast majority of emissions come from logistics, travel, and factory operations.
What is calendar rationalization?
It is the process of grouping races geographically to reduce travel distances. For example, moving the Japanese Grand Prix to the spring to align with races in Australia and China, cutting down on long-haul flights.
How is F1 reducing its air freight?
F1 is shifting a massive amount of its broadcast and paddock equipment from airplanes to sea freight, and establishing regional hubs so equipment doesn't have to be flown back to Europe after every race.
What fuel will F1 cars use in 2026?
Starting in 2026, new engine regulations mandate that all Formula 1 cars run on 100% advanced sustainable fuels, which are created without fossil fuels and can be used in standard road cars.
Sources
[1]BBC SportLogistics & Team Partners
Fuels and freight put F1 on track for net zero by 2030
Read on BBC Sport →[2]Formula1.comFormula 1 Management
Formula 1® on track to meet Net Zero 2030 target as it reports a 35% reduction in its carbon footprint
Read on Formula1.com →[3]Motorsport.comLogistics & Team Partners
F1 reports 12% emissions drop in 2025, on track for Net Zero by 2030
Read on Motorsport.com →[4]The RaceEnvironmental Analysts
Equivalent of 100,000 flights cut from F1's carbon footprint
Read on The Race →[5]PlanetF1Environmental Analysts
Formula 1 reports 35% emissions reduction in latest sustainability report
Read on PlanetF1 →[6]RacingNews365Formula 1 Management
F1 announces major step towards critical goal
Read on RacingNews365 →
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